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Reading Your Land: A Farmer's Guide to System Assessment
Eco-Farm Strategies: Issue 05


What if the most advanced farming technology isn't in the latest precision equipment or lab analysis, but in redeveloping the lost art of truly seeing and understanding what our land is already telling us every day?
DEEP DIVE
Reading Your Land: A Farmer's Guide to System Assessment
Building Better Farming Decisions Through Careful Observation
Learning to "read" your land through systematic observation and assessment is perhaps the most valuable skill any farmer can develop. This comprehensive approach involves four critical areas: understanding soil health, identifying beneficial insects, recognizing plant health indicators, and mapping water flow patterns.
When I first bought my farm back in 2018, I had no way of knowing that it would come with poor soils and driving winds. Once I was here, however, I soon came to recognize that the sparse vegetation was an indicator of the nutrient deficiency I was dealing with. What's more, the incessant winds coming off our Maine mountains were creating a microclimate that stressed my crops and stripped moisture from the soil.
It took me nearly two growing seasons to understand what my land was trying to tell me. The patchy grass wasn't just unsightly—it was mapping out exactly where my soil organic matter was lowest.
Those bare spots after heavy rain were showing me drainage patterns I needed to address. Even the sorrel thriving in my back pasture was pointing to acidic soil conditions that needed lime.
This experience taught me that reading the land isn't just about technical knowledge—it's about developing an intimate relationship with your specific piece of earth. Learning to read that story is what transforms you from someone who farms the land to someone who partners with it.
Understanding Your Soil: The Foundation of Everything
Soil health is an assessment of how well soil performs all of its functions now and how those functions are being preserved for future use. Start with simple visual assessments before sending samples to the lab. Dig regularly, examine soil structure, color changes, compaction layers, and root penetration patterns. Healthy soil should crumble easily, have a rich earthy smell, and show biological activity.
Key Tests and Assessments
The Soil Health Institute recommends three measurements to be widely applied across North America: soil organic carbon, soil texture, and available water holding capacity. These provide insight into your soil's fundamental capacity to support plant growth.
Try simple field tests like the earthworm count—earthworms are a good indicator of soil structure, health, life, and activity. Finding ten or more earthworms in a one-foot-square section indicates healthy biological activity. The slake test measures the stability of soil aggregates—place soil clods in water and observe whether they hold together or disintegrate.
Find more info: NRCS Soil Health Assessment

Identifying Your Beneficial Insect Allies
Beneficial insects can be divided into two primary groups: predators and parasitoids. Learning to identify these natural allies can dramatically reduce reliance on chemical pest control.
Key Species to Know
With approximately 475 species in North America, lady beetles are highly regarded as voracious predators of agricultural pests, specializing in aphids and scale insects. Flower flies provide dual benefits—as larvae, many species are ravenous predators consuming as many as 50 aphids per day, while adults serve as important pollinators.
Creating Habitat
Using "farmscaping," designate 5-10% of your garden or farm space to plants that attract beneficial insects. Conduct regular field walks during different seasons to document insect activity and observe relationships between beneficial insects and pest populations.
Learn more: Xerces Society - 5 Beneficial Insects
Recognizing Plant Health Indicators
Plants constantly communicate their health status through visual cues. A symptom of plant disease is a visible effect of disease on the plant, while a sign is physical evidence of the pathogen itself. Understanding this distinction helps identify whether problems stem from diseases, pests, environmental stress, or management practices.
Assessment Strategy
Examine the whole plant for stunting, missing or damaged parts, and leaf abnormalities. The use of regular monitoring throughout the growing season provides more accurate assessment than sporadic checks. Look for patterns in symptom distribution—are they associated with drainage, soil type, or other environmental factors?
Early Detection Benefits
Visible disease symptoms may not be the best indicator for plant disease severity, especially early during infection. Regular, systematic observation catches problems before they become severe, enabling timely intervention.
Learn More: Plant Disease Signs & Symptoms
Understanding Water Flow Patterns
Water management influences everything from soil health to crop yields. Right after a heavy rainfall event is a good time to assess drainage needs—rainfall highlights problem areas for surface flooding, boggy ground and runoff.
Assessment Questions
Ask yourself: How often do I deal with excess water? How long does it take to resolve? Clay soils conduct water much more slowly than sandy soils, requiring different drainage strategies and spacing. Document where water pools, how long it remains, and the paths it takes across your landscape.
Benefits of Proper Drainage
It is estimated that areas of year-to-year unstable yields due to either too little or too much soil moisture represent about a quarter to a third of fields in the U.S. Midwest, with possible economic losses of over $500 million per year. Subsurface drainage removes excess water that prevents air and oxygen from getting to plant roots, extending your growing season and enabling earlier spring fieldwork.
Learn more: Agricultural Drainage
IMPLEMENTATION
🪜 Your Action Step This Week:
Your First Step: The Post-Rain Assessment Walk
Within 24 hours of your next significant rainfall (at least half an inch), conduct a systematic walk across your entire farm. Bring a notebook, your phone for photos, and waterproof boots. Document three specific things:
Water patterns - Where does water pool? How long does it stay? Which areas drain quickly versus slowly?
Vegetation responses - Which plants look stressed or thriving after the rain? Where do you see bare spots or patchy growth?
Soil conditions - Where can you easily push a shovel into the ground versus where it's compacted or waterlogged?
➡️ Take photos of problem areas and mark their locations on a simple farm map. This single assessment will reveal more about your land's drainage patterns, soil health variations, and plant stress indicators than months of casual observation.
➡️ Schedule this same walk after your next three significant rain events, comparing your notes each time. Within a month, you'll have identified your farm's most critical assessment priorities and can focus your attention on the areas that need it most.
🔦 COMMUNITY SPOTLIGHT 🔦
Paul Edward Stamets is an American mycologist and entrepreneur who is an author and advocate of medicinal fungi and mycoremediation.
Stamets pioneered mycoremediation—using fungi to clean environmental contamination—and demonstrated how oyster mushrooms could break down hydrocarbons after the Exxon Valdez oil spill. His research shows compounds in turkey tail mushrooms can enhance immune systems and improve outcomes for cancer patients undergoing chemotherapy. Stamets founded Fungi Perfecti in 1980 and has received prestigious awards including the National Mycologist Award (2014) and Gordon & Tina Wasson Award (2015). | ![]() Paul Stamets |
Through books like "Mycelium Running" and ongoing research, he advocates for fungi as solutions to environmental and health challenges.
➡️Read more about Paul Stamets…
RECOMMENDED READING
WTF is Social Ecology?
Explaining how ecological crises stem from social hierarchies like capitalism and state domination, social ecology proposes that ecological healing requires dismantling these systems in favor of self-managed community assemblies based on mutual aid and direct democracy.
‘Let’s Go to the Land Instead’: Indigenous Perspectives on Biodiversity and the Possibilities of Regenerative Capital
Examining a Canadian conservation bond that integrates Indigenous worldviews with Western finance by treating land as a living relative, showing how such approaches can support biodiversity restoration while requiring confrontation with deeper colonial structures.
🗝️ FUNDING RESOURCE 🗝️
![]() | ADOPT is a UK government funding program supporting farmer-led agricultural trials. It offers £2,500 facilitator grants and £50,000-£100,000 full grants for testing innovative farming solutions, with comprehensive support provided throughout the process. |
🔮 WHAT’S NEXT?
"The Economics of Transition"
➡️ Next week, we'll explore the financial realities of switching to ecological farming methods, including transition costs, potential yield changes, and long-term economic benefits. We'll examine how regenerative practices can ultimately improve profitability while enhancing soil health, biodiversity, and water retention capacity.
THAT’S A WRAP!
After 7 years on this scrappy patch of Earth, I’ve learned that reading your land is more about collaboration than extraction. When you can interpret the subtle signals your soil sends through plant growth patterns, recognize the beneficial insects working alongside your crops, and understand how water moves across your landscape, you're no longer just farming—you're participating in a conversation that's been going on for thousands of years.
This isn't romantic thinking; it's practical wisdom. The farmers who thrive over decades are those who learn to listen before they act, who see their land as a complex system rather than a simple input-output equation. They understand that every bare patch, every thriving weed, and every pooling raindrop is information that can guide better decisions.
Your post-rain assessment walk is just the beginning. As you develop this observational practice, you'll find that your land becomes more productive, more resilient, and frankly, more interesting to work with. The investment you make in truly knowing your farm pays dividends not just in better yields, but in the deep satisfaction that comes from working with natural systems rather than against them.
See you next week!
—Sam

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